59 results about "Medication Distribution" patented technology

A variable sensor system for non-contact vital sign monitoring of animals is described. Non-contact vital sign monitoring may involve correcting measured signals for reflectance and variations in distance between measurements. Non-contact vital sign detection may include temperature detection, and / or measuring cardiovascular and respiratory information. Embodiments are described using a non-contact variable sensor integrated with a weight scale, integrated with a drone, having a pan-tilt monitoring feature, integrated with a kennel, integrated with an automatic pass-fail interface, and including a medication dispensing control module.

The utility model relates to a standard holding device, which comprises a main body shell provided with a receding through hole and a suction nozzle; the cover body is rotationally connected outside the main body shell; a drug dispensing assembly located inside the body housing; the trigger gear is rotationally connected into the main body shell; one of the cover body and the trigger gear is provided with a linkage bulge, and the other one is provided with a linkage hole; the linkage protrusion penetrates through the receding through hole and is movably inserted into the linkage hole. When the cover body rotates, the cover body firstly rotates till the linkage protrusion makes contact with the hole wall of one end of the linkage hole, and then under the cooperation of the linkage protrusion and the linkage hole, the cover body drives the trigger gear to synchronously rotate to trigger medicine distribution. According to the standard containing device, the cover body of the standard containing device and the trigger gear are connected in an inserted mode through the linkage protrusion and the linkage hole to establish the linkage relation, the two operation steps of opening the cover body and preparing for suction can be completed through one action, operation is convenient and fast, the structure is simple, structural modification is little, the linkage relation is stable, and faults are not prone to occurring.

The utility model provides an intelligent drug delivery machine, which belongs to the technical field of drug management and comprises a fixed box, bearing boxes fixedly connected to the tops of three sides of the fixed box respectively, drug feeding openings formed in the bottoms of the bearing boxes, observation windows formed in the inner surfaces of the bearing boxes and drug taking cabins formed in the tops of the three sides of the fixed box respectively. The signboard is fixedly mounted on the outer side of the medicine taking cabin; the medicine feeding mechanism comprises a medicine pushing assembly and a medicine distributing assembly which are matched to feed morning, noon and evening medicines into the corresponding medicine taking cabins according to time periods; the medicine pushing assembly comprises a servo motor installed on the outer side of the fixing box in a matched mode. Through the cooperation of the medicine pushing assembly and the medicine distributing assembly, it can be guaranteed that medicines in the morning, noon and evening are accurately pushed out to the designated medicine taking cabins every eight hours, medicine mixing is effectively prevented, leakage of redundant medicines can be prevented, and the effects that the medicine distributing accuracy is further guaranteed, and meanwhile the wrong medicine taking risk is reduced are achieved.

This utility model relates to the field of pharmaceutical drying technology, and more particularly to a multi-layer drying oven for pharmaceutical manufacturing; comprising: a tank body, a pipe assembly, and trays; by centrally placing the medicine into the inner tube, and then the upper ends of the second opening and the first opening are connected, when the transmission plate rises, it pushes the medicine in the inner tube to distribute to multiple trays, and after the medicine is dried, the lower ends of the second opening and the first opening are connected, and the medicine in the multiple trays falls into the medicine receiving box along the inner tube. The above method facilitates the placement and removal of medicine, and when the medicine is stirred, the revolution of the stirring rod generates a certain centrifugal force on the medicine, causing the medicine to move from the center of the tray to the edge, the medicine moves to the end of the stirring rod, and then the medicine slides back to the center of the tray. This is repeated to stir the medicine, so that the medicine can be close to the heat source, thereby being heated evenly in the tank.

This invention provides a method, apparatus, device, and readable storage medium for constructing a drug recommendation model, relating to the field of drug recommendation algorithm technology. The method includes acquiring diagnostic and surgical records to extract patient representations; calculating drug allocation weights based on the patient representations; constructing an initial model, training the initial model using the drug allocation weights, and updating the patient representations; recalculating the drug allocation weights based on the updated patient representations, and repeatedly training the initial model using the updated drug allocation weights to obtain a drug recommendation model. This invention addresses the technical problems of existing algorithms that cannot assign different weights based on the importance of neighboring nodes to the current node and ignore patient group characteristics with high representation similarity.

A drug delivery device includes a drug delivery assembly configured to receive a portion of a patient's head and mount to a helmet or support. The drug delivery assembly comprises: one or more imaging devices configured to place an eye of the patient in its field of view; an injection assembly configured to receive a medicament to be injected; and a segmentation assembly comprising one or more actuators, the segmentation assembly configured to position the injection assembly relative to an eye of the patient. The controller receives one or more images from the one or more imaging devices; detecting a position of a limbus of the eye of the patient in the one or more images; and activating the one or more actuators to drive a needle into a placement position on the eye of the patient and dispense a medicament into the eye through the needle.

The objective is to provide a drug dispensing device that does not necessarily require a robot or the use of multiple weight measuring devices when determining the quality of the weight measuring device. [Solution] A drug feeder having a drug container for containing powdered drug, a holding member for holding the drug container, and a weight measuring means for directly or indirectly measuring the weight of the drug container, which can discharge powdered drug from the drug container and detect the amount of powdered drug discharged by the weight measuring means, wherein the feeder has a weight member 42 and a lifting means for raising or lowering at least one of the weight member 42, the weight measuring means, or the drug container. Furthermore, calibration and / or fault detection of the weight measuring means is performed by comparing the state in which the load of the weight member 42 is applied to the weight measuring means with the state in which the load of the weight member 42 is not applied to the weight measuring means.

A portable medication dispensing and administration device intended for use in a healthcare facility, equipped with an automated system for loading medications into the device and an automated system for dispensing medications.

A cartridge and system for storing and dispensing a liquid medicament, the cartridge comprising an outer container, a collapsible bag disposed within the outer container and configured to store a liquid medicament. The cartridge further includes a cap configured to close the outer container and the collapsible bag, where the cap includes a medication dispensing channel extending through the cap to the collapsible bag and one or more pressure balancing channels extending through the cap to an intermediate cavity between the outer container and the collapsible bag, and a seal configured to enclose the medication dispensing channel and the one or more pressure balancing channels. The lid is configured such that when the seal is broken, the contents of the collapsible pouch may be dispensed and gas from outside the cartridge may enter the intermediate cavity through the pressure balancing channel.

An apparatus, system, and method for improving the efficiency of medication distribution within a healthcare facility. In particular, the invention provides parallel dispensing of multiple medications from a network of modular, connected, and automated or semi-automated dispensing modules. The method is directed toward receiving and executing multiple collection, dispensing, and delivery orders simultaneously while operating in a healthcare facility. The invention may sort medications for storage and subsequent delivery while rapidly servicing a high volume of pharmacy orders. The invention includes visible, electronic marking of data which may indicate its stored medication and final destination. The system tracks each unit as it transports medication throughout the facility. The invention organizes the stored medication using removable packaging which allows identification and verification of dosage by the system while being easily accessed by staff.

A method of tracking medications to be administered includes assigning, in a computing device, a medication to a slot in a cart insert for a medication cart. Medication tracking data is recorded in a database for the location of that medication and the identity of an individual to whom the medication is to be administered. The cart insert with the medications packed therein is loaded into a medication cart. A computing device retrieves the medication tracking data from the database, and upon selection in a computing device of the individual and medication to be administered, the computing device identifies the location of the medication in the cart by illuminating lights on the front of the drawer of the cart at which the medication is located, and lights adjacent a row and a column of slots at the intersection of which is found the slot containing the selected medication.

A locking cover for a feeder unit comprises a cover body and a grip, the cover body being positioned to substantially cover the open end of the feeder unit; a locking plate connected to the cover body and biased to a locked position; and a locking mechanism including a rotating locking tube that is rotatable from the locked position to an open position and allows the locking plate to slide to the open position.

AUTOMATED MEDICATION DISTRIBUTION APPARATUS

The present invention relates to a medication dispenser apparatus and methods of use thereof. In one embodiment, the medication dispenser apparatus may comprise a medication, a housing for housing the medication, a dispensing mechanism, wherein the dispensing mechanism provides a means by which to dispense the housed medication in designated quantities, a locking mechanism, wherein the locking mechanism provides a means by which to restrict access to and / or the dispensing of the housed medication at designated times, a release button, and a visual indicator.

An active drug dispensing ophthalmic device can include a plurality of drug reservoirs, each covered by an electrode, and a controller-responder architecture. Electrodissolution of each electrode and the associated drug release can be governed by a controller via a responder. Employing a controller-responder architecture can reduce the number of connections and separate electrical signals required to actively dispense drugs from each of the plurality of drug reservoirs. The controller can be connected to a plurality of responders via a control line bundle and each of the plurality of responders can deliver signals to the electrode(s) covering a portion of a plurality of drug reservoirs. The controller-responder architecture can also employ a composite electrical communication signal to even further decrease the number of electrical connections required from a controller to each of the responders.

A medicine dispensing device, configured to contain a liquid medicine to be dispensed by the medicine dispensing device and having a plurality of dosing indicia spaced apart from each other around and in relation to a circumference of a surface of the medicine dispensing device, each dosing indicia being of a different height relative to a reference level and corresponding to different dose of the liquid medicine.

The mechanism for the automated drug dispensing device includes a housing, a dose setting element, a button, a piston rod fixed rotatably to the housing and movable axially, a nut, and a spring. The dose setting element is configured to be grasped by the user of the device to set the dose to be administered by rotating the dose setting element relative to the housing when the mechanism is in the dose setting state, and the rotation of the dose setting element stores energy in the spring. Furthermore, the rotation of the dose setting element moves the nut proximal to the piston rod by a dose distance, the dose distance being proportional to the dose. The mechanism is further configured to switch from the dose setting state to the dose dispensing state when the button is moved axially relative to the housing, for example. The transition to the dose dispensing state causes the nut to move proximal to the nut by coupling the spring to the nut and releasing the energy stored during dose setting. The piston rod is configured to move proximal to the nut by a dose distance when the mechanism is in the dose dispensing state to dispense the dose. Furthermore, the button is configured to remain stationary axially relative to the housing when the dose is being dispensed.

A system and method for generating patient care instructions based on real-time sensor and medical data. The method includes receiving time-stamped sensor data from a sensor network comprising motion, occupancy, and environmental sensors, and receiving medical data associated with a patient, including medical conditions, treatment history, medication data, and biometric data. The sensor data is enriched with room-specific information, and activity pattern data is generated in real time using a pattern recognition model. The activity pattern data includes mobility, sleep patterns, medication adherence, statistical measures, temporal patterns, and correlations with medical data. Anomalies indicating potential health risks are detected by comparing current activity patterns with baseline data. A prediction model, trained on historical patient data, assesses the patient's health and generates care instructions accordingly. The care instructions are securely delivered to patient devices, caregiver applications, or automated medication dispensing systems, enabling timely interventions and continuous patient monitoring.

An aseptic system includes a flexible enclosure and a tray assembly configured to be disposed within the flexible enclosure. The tray assembly includes a first tray configured to support a plurality of container bodies, where each of the plurality of container bodies has an opening into a chamber. The tray assembly also includes a second tray configured to support a plurality of container seals, where each of the plurality of container seals is configured to seal the opening of a respective one of the plurality of container bodies. The aseptic system also includes a dosing system including a dosing conduit extending through the flexible enclosure and the second tray, where the flexible enclosure is configured to enable movement of the second tray with the dosing conduit to dispense a pharmaceutical product into the chamber of each of the plurality of container bodies.